ESP32-S31 in 2026: Espressif’s Most Powerful AIoT Chip with Wi-Fi 6, Thread and Gigabit Ethernet

Key Takeaway: The ESP32-S31 is Espressif's most powerful microcontroller yet — a dual-core 320 MHz RISC-V chip with Wi-Fi 6, Bluetooth 5.4, Zigbee/Thread, Gigabit Ethernet and Matter support, now in…

Continue ReadingESP32-S31 in 2026: Espressif’s Most Powerful AIoT Chip with Wi-Fi 6, Thread and Gigabit Ethernet
ESP32 Modbus to MQTT Industrial IoT Gateway Architecture
ESP32-based industrial IoT gateway converting Modbus RTU/TCP sensor data to MQTT

ESP32 Industrial IoT Gateway: Building a Modbus to MQTT Bridge

Key Takeaway: The ESP32 makes an ideal low-cost industrial IoT gateway for bridging Modbus RTU/TCP field devices to MQTT cloud platforms. This guide walks through hardware setup, firmware architecture, and…

Continue ReadingESP32 Industrial IoT Gateway: Building a Modbus to MQTT Bridge

STM32 vs ESP32: Choosing the Right Microcontroller for Your Industrial Project in 2026

Key Takeaway: For IoT and wireless projects with cloud connectivity, choose the ESP32 for its built-in WiFi/BLE and ease of use. For industrial applications requiring real-time control, deterministic timing, high…

Continue ReadingSTM32 vs ESP32: Choosing the Right Microcontroller for Your Industrial Project in 2026
MQTT-based industrial IoT remote monitoring architecture diagram showing sensors, edge gateway, broker, and analytics
End-to-end MQTT architecture for industrial machinery remote monitoring with sensor data flow from factory floor to cloud analytics

MQTT-Based Remote Monitoring System for Industrial Machinery: Complete IoT Architecture Guide

Key Takeaway: Learn how to implement an MQTT-based remote monitoring system for industrial machinery using ESP32 edge gateways, industrial sensors, and cloud-based dashboards. This complete guide covers the end-to-end IoT…

Continue ReadingMQTT-Based Remote Monitoring System for Industrial Machinery: Complete IoT Architecture Guide
ESP32 deep sleep and power optimization infographic showing power consumption comparison across modes, RTC memory structure, wake sources including timer GPIO touch and ULP, and battery life comparison chart
ESP32 Deep Sleep and Power Optimization — Power Modes, RTC Memory, Wake Sources, and Battery Life Comparison

ESP32 Deep Sleep and Power Optimization: Build Battery-Powered IoT Sensors That Last for Years 2026

Key Takeaway: By implementing ESP32 deep sleep with timer-based wake-up and strategic use of RTC memory and the ULP coprocessor, you can reduce average power consumption from 80mA to under…

Continue ReadingESP32 Deep Sleep and Power Optimization: Build Battery-Powered IoT Sensors That Last for Years 2026

ESP32 Smart Home Automation Guide 2026: Complete DIY IoT System with MQTT, Sensors, and Web Dashboard

Key Takeaways ESP32 is the ideal smart home controller – built-in Wi-Fi + Bluetooth, 34 GPIO pins, dual-core processor, under Rs 400 MQTT protocol enables reliable decoupled communication between sensors,…

Continue ReadingESP32 Smart Home Automation Guide 2026: Complete DIY IoT System with MQTT, Sensors, and Web Dashboard